软件定义网络(Software Defined Network, SDN) 依靠着其集中控制, 可编程性和数控分离等
优点, 能够有效解决无人机网络(Flying Ad Hoc Network, FANET) 面临的任务拓扑高度变化 …

飞行自组网(FANET) 的拓扑结构蕴含着无人机之间以及无人机与基础设施之间通信的路径信息,
是影响FANET 性能的关键因素. 对现有FANET 拓扑控制研究进行综述, 首先, 介绍了FANET …

With the exponential increase in the number of mobile devices in the battlefield environment,
UAV technology and edge computing technology have been widely used in battlefield …

针对分布式无人机网络初始建网时间过长, 周期性组网开销过大, 链路稳定性与可靠性低的问题,
提出了软件定义飞行自组网下基于节点合作的低开销且可靠有效路由解决方案(Lowoverhead …

Abstract Unmanned Aerial Vehicles (UAVs), or drones, are vital technologies with
applications in many critical areas. They possess inherent advantages such as high mobility …

Despite the immense use of single Unmanned Aerial Vehicle (UAV) systems in various
applications, it is not yet able to cover large areas with optimized energy consumption …

简要介绍了无人机作为空基信息平台的主要应用场景, 结合6G 多接入网络和用户为中心网络
架构, 讨论了无人机在构建智能边缘网络中的重要作用. 结合无人机平台在不同场景下的通, 感 …

无人机自组网(Unmanned Aerial Vehicle Ad Hoc Network, UAVANET) 主要应用于现代数字
科技战场, 具备传统无线自组织网络的快速组网, 多跳传输和多任务协作等特点 …

During this last decade, Unmanned Aerial Vehicles (UAVs) are being useful in complex
missions and critical scenarios in particular for hostile areas supervision. The integration …

The flexibility of programmable networks is proposed in this research to revolutionize UAV
management by providing optimum performance independent of network density or …